测试科学与仪器
測試科學與儀器
측시과학여의기
JOURNAL OF MEASUREMENT SCIENCE AND INSTRUMENTATION
2014年
2期
9-18
,共10页
多用途导弹%武装直升机%旋翼桨叶%桨叶重要性因子%装甲厚度%杀伤概率
多用途導彈%武裝直升機%鏇翼槳葉%槳葉重要性因子%裝甲厚度%殺傷概率
다용도도탄%무장직승궤%선익장협%장협중요성인자%장갑후도%살상개솔
multi-purpose guided missile%gunship%rotor blade%the important coefficient of vulnerability blade unit%armor thickness%kill probability
针对多用途导弹对武装直升机单发杀伤概率建模中存在的问题,本文提出了直升机旋翼桨叶易损单元重要性因子的概念,并综合运用蒙特卡罗方法和运动学原理采用新思路建立旋翼激光引信启动模型和战斗部对旋翼桨叶条件杀伤概率模型。根据有限的数据对武装直升机装甲厚度进行优化估算并通过实验进行验证,最终建立了多用途导弹对武装直升机完整的单发杀伤概率数学模型,为准确客观地分析多用途导弹对武装直升机目标的杀伤概率提供了必要的数学工具。基于所建立的单发杀伤概率模型,对影响多用途导弹杀伤概率的主要因素进行灵敏度分析及优化设计,分析及优化结果明显改善了单枚多用途导弹对武装直升机的杀伤性能。
針對多用途導彈對武裝直升機單髮殺傷概率建模中存在的問題,本文提齣瞭直升機鏇翼槳葉易損單元重要性因子的概唸,併綜閤運用矇特卡囉方法和運動學原理採用新思路建立鏇翼激光引信啟動模型和戰鬥部對鏇翼槳葉條件殺傷概率模型。根據有限的數據對武裝直升機裝甲厚度進行優化估算併通過實驗進行驗證,最終建立瞭多用途導彈對武裝直升機完整的單髮殺傷概率數學模型,為準確客觀地分析多用途導彈對武裝直升機目標的殺傷概率提供瞭必要的數學工具。基于所建立的單髮殺傷概率模型,對影響多用途導彈殺傷概率的主要因素進行靈敏度分析及優化設計,分析及優化結果明顯改善瞭單枚多用途導彈對武裝直升機的殺傷性能。
침대다용도도탄대무장직승궤단발살상개솔건모중존재적문제,본문제출료직승궤선익장협역손단원중요성인자적개념,병종합운용몽특잡라방법화운동학원리채용신사로건립선익격광인신계동모형화전두부대선익장협조건살상개솔모형。근거유한적수거대무장직승궤장갑후도진행우화고산병통과실험진행험증,최종건립료다용도도탄대무장직승궤완정적단발살상개솔수학모형,위준학객관지분석다용도도탄대무장직승궤목표적살상개솔제공료필요적수학공구。기우소건립적단발살상개솔모형,대영향다용도도탄살상개솔적주요인소진행령민도분석급우화설계,분석급우화결과명현개선료단매다용도도탄대무장직승궤적살상성능。
Aimed at current deficiencies of multi-purpose guided missile kill probability model against gunship ,the concept of the important coefficient of vulnerability blade unit is proposed in this paper .Laser fuze actuation model and warhead condition kill probability model of rotor blades are established by Monte Carlo method and kinetics theory with new ideas . Based on limited data ,armor thickness of gunship is estimated ,and a complete multi-purpose guided missile kill probability mathematical model is established ,which provides necessary mathematical tool for the accurate and objective analysis of multi-purpose guided missile kill probability against gunship .Based on the establishment of the model ,sensitivity analysis and optimal design of the main factors of multi-purpose guided missile kill probability are conducted ,and the results show that the single multi-purpose guided missile lethality performance can be improved significantly by sensitivity analysis and optimization .